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Industrial Air Dehumidifiers may efficiently address dehumidification problems that cannot be resolved by other refrigeration techniques, such as normal temperature and low humidity, low temperature and low humidity. They can rapidly, simply, and effectively lower the air humidity. The air dew point can drop down below -70 °C, especially after the treatment of supporting combinations, and low-grade heat energy sources such industrial waste heat, solar energy, natural gas, and residual industrial heat can be used as renewable energy sources without damaging the environment. minimal consumption. often utilised in industries that demand humidity, such as printing, food, medicine, electronics, electrical appliances, the chemical industry, and national defence. Adsorption wheel dehumidifiers will play a unique role in high-temperature and high-humidity environments, which can provide enormous economic benefits to businesses onit's industrial air handling system.
The honeycomb wheel, which is made of a unique ceramic fibre carrier and active silica gel, is the main component of the wheel dehumidifier. The two sides of the wheel are split into the treatment region and regeneration area by a unique sealing technology.While the continuously slowly rotating wheel transports the saturated water vapour into the regeneration area, and the high temperature air is blown in the direction of the regeneration area causes the water adsorbed in the runner to be desorbed, the wet air to be dehumidified passes through the treatment area of the runner and the water vapour of the wet air is absorbed by the active silica gel of the runner. The dry air is then sent to the space to be treated by the treatment fan. In order for the runner to fully complete the regeneration process on the field of the air handler hvac, the unit is discharged outside of the room.
The foregoing regeneration and dehumidification processes are performed while the runner rotates continuously to maintain the dehumidifier's continuous and stable dehumidification state. When used with an air conditioning return air device, the new type of wheel dehumidifier can surpass the low dew point limit since it uses novel dehumidification materials. The moisture absorption capacity is still strong under low humidity conditions, thus the new type of wheel dehumidifier's dehumidification impact is superior to that of an ahu dehumidifier.
The supply fan draws fresh air into the appliance from outside. The heated, humid outside air is cooled after passing via a cooling coil after first passing through filters. The desiccant wheel is where the air is dehumidified and heated after passing through it. Finally, the air is piped directly into the room or into an already-installed air handler.
Exhaust Air StreamThe exhaust fan draws exhaust air into the device, which is then utilised to power the desiccant wheel. Energy recovery involves filtering, heating, and humidifying the air. After then, as the air moves through the regeneration coil, it is heated. The desiccant wheel's adsorption of moisture from the process air stream is removed by the hot air.
